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Run FPGA toolchain tasks from linting and simulation to synthesis and programming.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "fpgaZeroMCP" yet — see the docs or source repo.
Run lint checks and a basic simulation on this Verilog project, list all syntax or timing-related warnings, and summarize the simulation results.
A list of lint issues, key warning explanations, and a summary of whether the simulation passed.
Complete synthesis and place-and-route for this FPGA design, then summarize resource utilization, timing results, and output file locations.
Synthesis and routing results including LUT/register usage, timing slack, and artifact paths.
Program the generated bitstream onto the target board and search the GitHub IP core registry for available IP suitable for UART communication.
Programming status, device connection results, and a shortlist of relevant IP cores with brief notes.
Control Vivado via MCP for FPGA development, debugging, and automated diagnostics.
Let AI assistants operate Vivado for FPGA development tasks directly.
Automate embedded firmware build, flashing, reset, and serial log capture.
Use one MCP server for filesystem, database, web, and system operations.
A minimal MCP server template for testing and rapid development.
Run MCP tools over stdio or HTTP for time and file hashing.